Energy generation from non-hazardous waste streams, which are unfeasible to be reused or recycled, can help overcome some of the problems related fossil fuel depletion, global increase in energy demand and management under restricted landfilling. One main drawbacks waste-to-energy strategies is poor combustion properties waste, densification could circumvent. This work studies co-pelletization ...

We investigated the techno-economic analysis of two integrated torrefaction and pelletization systems: (1) Torrefaction befOre Pelletization (2) After configurations to produce torrefied wood pellets. The detailed mass energy balances operating parameters were obtained from process simulation model developed with base case plant capacity 100,000 Mg yr?1 using natural gas as an auxiliary fuel so...

Fungal assist microalgal cultivation is getting substantial considerations due to the highly efficiency of bioflocculation process without demanded of using chemicals and little bit energy input. Therefore, Fungi pelletization-assisted microalgal cultivation were applied for improving algal harvesting process and nutrient recovery as step wise for wastewater treatment. Two strains of marine mic...

Poorly solubility in water of many newly developed high-potential drugs is an obstacle in formulation development. The aim of this study was to increase the solubility of Lamotrigine which is a poorly soluble drug and comes under BCS class-II by using solid dispersion technique. Lamotrigine, PEG 4000 and PVPK-30 solid dispersion was prepared by solvent evaporation method and the formulation was...

Abstract The high cost and environmental impact of traditional microalgal harvesting methods limit commercialization biomass. Fungal bioflocculation microalgae is a promising low-cost, eco-friendly method but the range fungal species tested to date narrow. Here, eight non-pathogenic, filamentous fungi were screened for their ability self-pelletize flocculate Euglena gracilis (ca.50 µm motile mi...